176 lines
8.0 KiB
Python
176 lines
8.0 KiB
Python
# --- START OF FILE config.py ---
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# config.py
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"""
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THIS SOFTWARE IS PROVIDED “AS IS” AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE DISCLAIMED.
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This module defines constants and configurations for the application.
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Includes settings for logging levels, debug flags, image dimensions,
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UI defaults, network parameters, and operational modes.
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"""
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import logging # Import logging for level constants
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import numpy as np
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# --- Logging Configuration ---
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# Set the overall minimum logging level that the application will PROCESS.
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# DEBUG allows all messages, INFO hides DEBUG, WARNING hides INFO and DEBUG, etc.
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# The HANDLER level below determines what actually gets OUTPUT.
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# Set to logging.DEBUG to allow the filter to work effectively.
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LOG_ROOT_LEVEL = logging.DEBUG
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# Set the minimum level for messages to be OUTPUT by the console handler.
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# Use logging.INFO for normal operation, logging.DEBUG to see all filtered messages.
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LOG_HANDLER_LEVEL = logging.DEBUG # Set to DEBUG to enable filtering via flags below
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# --- Specific DEBUG message flags ---
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# Set these to True to enable specific categories of DEBUG messages.
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# These flags are used by the DebugControlFilter in app.py.
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# The corresponding prefix used in the code is shown in brackets [].
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# --- App Module Debug Flags ---
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DEBUG_APP_LIFECYCLE = (
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False # [App Init], [App Shutdown] - Core application start/stop steps.
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)
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DEBUG_APP_CALLBACKS = False # [App CB ...] - Entry/exit/values for general UI callbacks (sliders, buttons, etc.).
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# Excludes specific callbacks with their own flags (e.g., MFD Params).
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DEBUG_APP_QUEUE_PROCESSING = False # [App QProc ...] - Logs when items are dequeued and processed by app queue handlers.
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DEBUG_APP_IMG_PROCESSING = False # [App Proc ...] - Steps within central image processing (process_and_queue_...).
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DEBUG_APP_TEST_MODE = False # [App Test ...], [App Mode Switch] - Test image generation, scheduling, updates, mode switching.
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DEBUG_APP_GEO_CALC = False # [App GeoCalc], [App Mouse Queue Put] - Mouse geo-coordinate calculation steps and queueing.
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DEBUG_APP_MFD_PARAMS = False # [App CB MFD Param ...], [MFD LUT Update] - MFD parameter UI callbacks and LUT recalculation.
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DEBUG_APP_STATUS = False # [App Status Update], [App Set Status] - Status bar update logic and formatting.
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DEBUG_APP_TRIGGER = False # [App Trigger ...] - Logs when internal update triggers (_trigger_mfd/sar_update) are called.
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# --- Receiver Module Debug Flags ---
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DEBUG_RECEIVER_LOOP = False # [Receiver Loop] - General events in the main receiver loop (start, stop, socket events).
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DEBUG_RECEIVER_PACKETS = (
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False # Logs every raw SFP packet header received ("Rcvd: Key=..."). High volume.
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)
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DEBUG_RECEIVER_REASSEMBLY = False # [Worker ...], [Receiver Reassembly], etc. - Fragment reassembly logic, buffer allocation, submission, worker task steps.
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DEBUG_RECEIVER_GEO = False # [Geo extract], "GeoInfo:", etc. - Raw GeoInfo/Metadata extraction details within the receiver/worker.
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DEBUG_RECEIVER_ACK = False # [Receiver ACK] - Details of sending ACK packets.
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DEBUG_RECEIVER_CLEANUP = False # [Receiver Cleanup] - Transaction cleanup actions (removing buffers, fragments).
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# --- Display Manager Module Debug Flags ---
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DEBUG_DISPLAY_MANAGER = False # [DisplayMgr] - Display window creation, image showing, callback setup, destruction.
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# --- Utility Modules Debug Flags ---
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DEBUG_UTILS = False # [Utils ...] - Logs from functions within utils.py (e.g., queue helpers, DMS conversion).
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DEBUG_NETWORK = False # [Network] - Logs from functions within network.py (socket creation/closing).
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DEBUG_IMAGE_PROCESSING = False # [ImageProcessing] - Logs from functions within image_processing.py (normalize, resize, palette etc.).
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# --- Map Debug Flag ---
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DEBUG_MAP_DETAILS = False # Set to True to enable detailed map processing logs (tiles, calculations, drawing)
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# --- Other General Configuration ---
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# Constants for Image Dimensions
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MFD_WIDTH = 484
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MFD_HEIGHT = 484
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SAR_WIDTH = 2048
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SAR_HEIGHT = 2048
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SAR_DATA_TYPE = np.uint16 # Data type of raw SAR pixels
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# Initial Display Sizes (used for placeholders and potentially UI defaults)
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INITIAL_SAR_WIDTH = 1024
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INITIAL_SAR_HEIGHT = 1024
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INITIAL_MFD_WIDTH = 484 # Should match MFD_WIDTH if no scaling initially
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INITIAL_MFD_HEIGHT = 484 # Should match MFD_HEIGHT if no scaling initially
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# Target Frame Rate (for MFD test mode and queue processing timing)
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MFD_FPS = 25
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# Tkinter Window Configuration
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TKINTER_MIN_WIDTH = 484
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TKINTER_MIN_HEIGHT = 484
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# UI Defaults
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COLOR_PALETTES = [
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"GRAY",
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"JET",
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"HOT",
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"HSV",
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"COOL",
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"RAINBOW",
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"AUTUMN",
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"BONE",
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"WINTER",
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"OCEAN",
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"SUMMER",
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"SPRING",
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] # Added more common palettes
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DEFAULT_SAR_CONTRAST = 1.0
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DEFAULT_SAR_BRIGHTNESS = 0
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DEFAULT_SAR_PALETTE = "GRAY"
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SAR_SIZE_FACTORS = [
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"1:1",
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"1:2",
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"1:3",
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"1:5",
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"1:10",
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] # Ratios for SAR display size combobox
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DEFAULT_SAR_SIZE = "1:2" # Default selection in the combobox
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INITIAL_STATUS_MESSAGE = "Initializing..." # Initial message shown in status bar
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# Network Configuration
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DEFAULT_SER_IP = "127.0.0.1" # Default local IP to listen on
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DEFAULT_SER_PORT = 55556 # Default UDP port to listen on
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# Threading Configuration
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MAX_WORKERS = 5 # Max number of worker threads for the ThreadPoolExecutor in receiver
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# Queue Sizes (Max number of items before dropping)
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DEFAULT_SAR_QUEUE = 5 # Processed SAR images (for display)
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DEFAULT_MFD_QUEUE = 5 # Processed MFD images (for display)
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DEFAULT_TKINTER_QUEUE = 50 # Processed mouse coords (DMS strings/None) for UI update
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DEFAULT_MOUSE_QUEUE = 50 # Raw mouse coords (x,y) from OpenCV callback
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# Operational Modes & Development Flags
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ENABLE_TEST_MODE = False # Default state for the "Test Image" checkbox on startup
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USE_LOCAL_IMAGES = False # If True, load images from local paths instead of network
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SAVE_BINARY_DUMPS = False # If True, save raw incoming UDP packets to 'dumps' folder
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DUMP_DIRECTORY = "dumps" # Directory to save packet dumps
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ENABLE_PROFILING = False # If True, enable cProfile for the receiver thread
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DISABLE_COLORMAP_OPTIMIZATION = False # If True, use slower non-vectorized applyColorMap (for debugging OpenCV issues)
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# Status Update Interval
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LOG_UPDATE_INTERVAL = 0.5 # seconds - Frequency for updating status bar FPS/stats
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# SFP ACK Window Configuration (for ACKs sent back to sender)
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ACK_WINDOW_SIZE_MFD = 32 # Window size value sent in ACKs for MFD flow
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ACK_WINDOW_SIZE_SAR = 16 # Window size value sent in ACKs for SAR flow
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# MFD Visualization Defaults
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DEFAULT_MFD_INTENSITY = 255 # Default intensity for MFD symbol categories (0-255)
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DEFAULT_MFD_RAW_MAP_INTENSITY = (
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255 # Default intensity for MFD raw map pixels (32-255 range)
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)
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# --- Map Overlay Configuration ---
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ENABLE_MAP_OVERLAY = True # <<< SET TO True TO ENABLE THE MAP WINDOW FOR TESTING
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MAP_SERVICE_PROVIDER = "osm" # Name of the service to use (must match map_services.py)
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# MAP_API_KEY = None # Add this if using a service that requires a key (e.g., Google)
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MAP_CACHE_DIRECTORY = "map_cache" # Root directory for cached tiles
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ENABLE_ONLINE_MAP_FETCHING = True # Allow downloading tiles if not in cache
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DEFAULT_MAP_ZOOM_LEVEL = 14 # Initial zoom level for the test map (adjust as needed) 12 original, 13 little more big,
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# Color for placeholder tiles when offline/download fails (RGB tuple)
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OFFLINE_MAP_PLACEHOLDER_COLOR = (200, 200, 200) # Light grey
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MAX_MAP_DISPLAY_WIDTH = 1024
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MAX_MAP_DISPLAY_HEIGHT = 1024
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# SAR Georeferencing Defaults (Now explicitly used for map testing if ENABLE_MAP_OVERLAY is True)
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# SAR Georeferencing Defaults
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# NOTE: Setting LAT/LON to 0.0 signals the MapIntegrationManager *NOT*
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# to display an initial default map area on startup.
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# The map will only appear after the first valid GeoInfo is received.
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SAR_CENTER_LAT = 0.0 #40.7128 # Example: New York City Latitude (Degrees)
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SAR_CENTER_LON = 0.0 #-74.0060 # Example: New York City Longitude (Degrees)
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SAR_IMAGE_SIZE_KM = (
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50.0 # Example: Width/Height of the area to show on the map in Kilometers
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)
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# --- END OF FILE config.py ---
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